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Streamline your Storage, Amplify your Efficiency with Warehouse Automation.

Warehouse automation

Automated warehouses use software and technology such as robotics and sensors to automate processes. These products are intended to complement existing technology. inventory management software, etc. Warehouse automation is about automating activities and decisions to enable a self-sufficient supply chain. Warehouse automation is the automation of repetitive, non-value-added processes to increase warehouse productivity and accuracy, reduce labour costs, and improve safety.

History of warehouse automation

From the steel conveyor belt introduced in 1901 to the forklifts introduced in 1917, warehouse operations are always looking for more efficient processes. The first automatic storage and retrieval system (ASRS) was invented in the 1950s. Trade camps started using it in the 1960s. His first ASRS equipment could place and retrieve items while moving up and down storage racks. Although it was performed manually, his first ASRS equipment provided a more automated and efficient process than ever before. In the 1980s, warehouses began adopting computers and IT solutions. Software-driven technology has also become part of camp operations. These new technologies make it more accurate than ever before. In the 2000s, robotics was introduced into warehouse operations. Autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) require trajectories for navigation and some manual intervention. Nonetheless, they have proven to increase warehouse efficiency.

Warehouse automation solution

Warehouse automation solutions include:

What are the main Warehouse Automation Trends?

Pros and Cons of warehouse automation

Using automation to improve warehouse operations offers many benefits, from operational efficiency to minimizing human error but they have certain disadvantages so here is a list of the most frequently cited advantages and disadvantages of the same.

Types of warehouse automation
  • Digital automation: Digital automation reduces manual procedures by using data and software. Automatic identification and data capture (AIDC) technologies such as mobile barcode technology are examples of digital automation in warehouses. Benefits of digital process automation include integration with enterprise resource planning (ERP) systems, improved security, improved data management efficiency, reduced operational and legal risks, and improved security, but from a warehouse perspective Since then, manual processes have been reduced and human error eliminated.
  • Physical automation: Physical automation is a way to use technology to minimize employee travel and build more efficient workflows. Robots are an example of how they work in a warehouse. The benefits of physical automation include increased warehouse capacity and efficiency, increased service reliability and scalability, and improved performance. The disadvantages are high initial costs, lack of qualified personnel to administer and maintain the system, high maintenance costs, and equipment dedicated to very specific functions. Businesses require a high degree of planning and organization to be able to take advantage of automated storage systems. These systems are better suited for high-volume warehouses and distribution centers, with space for specialized equipment.

Market size: Warehouse automation

The global warehouse automation market size is estimated at USD 13.6 billion in 2021 and is projected to reach USD 57.6 billion by 2031, growing at a CAGR of 15.3% from 2022 to 2031.

Market Growth Drivers: Warehouse automation


Warehouse automation can help you and your business increase customer satisfaction to a level not possible with human-driven work alone. Automation is not just the future of warehouses, it is the hallmark of modern warehouses, distribution centers, and manufacturing operations. There are numerous types, sizes, and shapes of warehouse automation. Company does not necessarily require physical automation with automated material handling devices such as robots, conveyors, and sorters, or storage equipment such as carousels and AS/RS solutions, but with a certain level of process automation, any warehouse can operate agility, flexibility, and performance.

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